Partners and collaborators met in Juneau for a two day bi-annual SSP workshop in March. This workshop coincided with SE Conference’s Mid-Session Summit. The success and utility of the SSP network relies heavily on the commitment of partners to meet in-person twice a year. Spending time together to share information and ideas always leads to improved collaboration across the region. We saw over 50 people participate in the two day event, and many of them noted that it was a priority to attend because they see the value it brings to be tapped into the SSP network.
We used the two days to explore specific ideas including; ideas for improving the network in 2017, reflection on how we as individuals and organizations both provide and receive benefits through the partnership, and building an SSP story bank. Southeast Alaska has a rich history rooted in the use of storytelling for sharing knowledge, skills and inspiration. The SSP prioritizes sharing compelling and progressive stories to strengthening projects and connections between our rural villages across the region. We spent one afternoon brainstorming storytelling ideas based on our projects and work and started to discuss and map out strategies for sharing those stories to inspire positive change.
Reflections from Ian Johnson, Community Catalyst in Hoonah
The community of Hoonah is currently working to determine if a district biomass heat-loop and biomass-linked greenhouse are right for our community. We are hoping to save energy and cultivate more local produce here in rural Alaska.
Lucky for Hoonah, schools on Prince of Wales Island are already pioneering biomass-heated greenhouses. The Sustainable Southeast Partnership is great because it helps connect ideas and successes from one community, and share them with change-makers across our region. The Biomass Greenhouse Tour arranged by Shaina Kilcoyne and Lia Heifetz of the Sustainable Southeast Partnership, brought 5 community members from Hoonah and 21 other participants from Alaska and Canada to Prince of Wales to examine their biomass linked greenhouses. The experience was powerful.
We started in Coffman Cove with the gardeners of the future – the kindergarten class is tasked with feeding the chickens each morning and collecting eggs. It was delightful, heart-warming, and inspiring to see their bond with the chickens and the enjoyment of their work. From there we learned from the high schoolers and Principal, Colter Barnes how the local biomass sourcing provides money to the local economy ($175/ cord) while warming the greenhouse at a cost savings compared to diesel – a $175 cord of wood is equivalent to about $500 in diesel.
We then moved to the large greenhouse in Coffman cove and were given a tour by the middle-schoolers who run it’s aquaponics operation and harvesting. The excitement was truly electric as it became evident that the Coffman Cove model creates student involvement, provides to the local economy during the lean winter months, generates food security, and provides money to the school through produce sales. These were just SOME of the benefits of their incredible operation. We continued our learning by visiting the greenhouses at Thorne Bay and Kasaan to learn about how we can scale our greenhouses and about slightly different boiler systems. Ending the day at the the Whale House in Kasaan was just icing on the cake!
I can’t thank enough Shaina and Lia for putting together this incredible event. I know it will cause quite a stir in Hoonah and we begin to look at our greenhouse options here.
Since the field season of the Hoonah Native Forest Partnership (HNFP) concluded in late October, 2016 there has been a lot of hustle-and-bustle behind the scenes as partners analyze the datasets generated by crews throughout the summer. Three of the key analyses hinge on the use of LiDAR data which was flown over >200,000 acres of the island. One analysis seeks to determine vegetation characteristics based on timber stand characteristics. The other two analyses focus on creating an intrinsic potential model of Pink and Chum Salmon habitat and modeling barriers to fish. Each of these analyses will provide direct information leading to better management of the landscape and rivers.
The goal of the HNFP Vegetation Study is to provide a very detailed map of both forested and non-forested vegetation types for use in timber, fish and wildlife planning as well as to support local residents in their efforts to gather resources for their households and businesses. The methodology being used combines field data collection and aerial photo classification with LiDAR derived vegetation structure and landscape position data. This is the cutting edge of vegetation mapping on planet earth. The use of LiDAR to model vegetation structure and topographic features can dramatically cut the amount of time that traditional methods take to reach the same end. In order for the LiDAR data to be useful, crews surveyed random forest plots (n=111),as well as stratified sampling for non-forest plots (n=208) across the landscape. Forest plots were created from the LiDAR data by combining the openness of the forest structure (open, sparse, gappy, closed) and the height ( short, medium, tall) and a random selection was generated from that. Non-forest plots were selected to cover the range of spectral signatures that occur in four-band orthoimagery acquired for the project area.Plot categories were linked to landscape characteristics that drive plant community dynamics such as elevation, aspect and slope. Because of this stratification across topographic characteristics crews had to survey from sea-level to mountaintops at 3,000 feet. At each plot the crew followed a Forest Service protocol requiring them to identify every species of plant within the plot, as well as its percent composition. They also measured the diameter at breast high (DBH) and height of each tree within the plot.
The data generated by the crew proved to be invaluable to the analysis. Vegetation study leads Conor Reynolds and Bob Christensen are using this analysis to estimate potential for future timber harvest, model deer habitat values under various management scenarios, identify locations to promote blueberry production and estimate future wood availability for salmon habitat maintenance in riparian stands.. This is particularly important in streams where logging occurred up to the river’s edge (before the establishment of the Alaska Forest Practices Act) and large logs are not falling into streams with enough frequency to maintain fish habitat.
“The benefit of the forest inventory to land managers would be that we’ve created a uniform dataset covering the variability of the entire landscape that effectively tells us the size and density of forest cover. This allows for more targeted scheduling of management activities mitigating the negative effects of intermediate stand stages on other resources such as deer and berries.”
— Conor Reynolds
Creating an Intrinsic Potential Model
In order to manage a landscape effectively, it is important to forecast future scenarios and to know the potential of existing habitat. Due to the access difficulties and prohibitive costs associated with conducting extensive on the ground population surveys across large area of rugged southeast Alaska, decision makers are turning toward tools based on remote sensed data for evaluating the associations between salmon populations and their critical freshwater habitat. Bernard Romey, a graduate student, set out to create an intrinsic potential (IP) model that predicted habitat suitability at the landscape level for spawning chum and pink salmon based on LiDAR derived persistent habitat characteristics such as slope and mean annual flow. Previous intrinsic potential models have been created in Oregon for steelhead trout and coho salmon, however, the IP models created through the HNFP will be the first Southeast Alaska specific chum and pink salmon models. They are likely to benefit communities and land managers across the Tongass National Forest.
“Our chum and pink salmon Intrinsic potential models, paired with the NetMap stream network analysis software, are powerful leading-edge GIS-based tools that will allow decision makers a ‘first step’ approach for predicting broad-scale areas of potential high quality salmon spawning habitat.”
— Bernard Romey
Modeling Barriers to Fish
The ability for a salmon to travel upriver to its original spawning ground is truly remarkable, but even their exceptional skill is limit as streams become steeper, skinnier, or laced with barriers. Knowing the upper limit of salmon distribution is important for guiding management decisions to avoid disturbance of spawning habitat and to protect salmon populations. The fine-scale resolution of the LiDAR can be used within the NetMAP toolset to predict the presence of passage barriers such as waterfalls or steep cascades. Crews walked upstream to survey the height and gradient of potential barriers. These data are being used along with Lidar to refine the barrier prediction model and to develop a map of all salmon streams in the region.
A Model for the Future
The products derived from the LiDAR for the Hoonah Native Forest Partnership are an emmense benefit. It is our hope that as future LiDAR projects are flown, that our results and methods may be used in future community forest products looking to streamline the process of collecting forest metrics and modeling habitat.
“The results of the vegetation mapping work we are doing for the HNFP are important because it provides a much higher resolution, and more detailed vegetation map for all private and public lands that surround the community of Hoonah. Consistent, reliable and up-to-date natural resource data in the jurisdictional patchwork of public and private lands that is common in areas surround rural communities in southeast Alaska has simply been non-existant up to this point. Historically, this state of affairs has undermined resource assessments that are best conducted at the watershed scale so we are particularly lucky to have access to this new product for the HNFP.
Furthermore, the additional detail in this vegetation map will support much more strategic, collaborative and cost effective project planning and implementation for timber, fish and wildlife resources. In the end, these results will save land owners and managers money, enhance returns on their investments over time, and integrate improved outcomes for residents and visitors who utilize these lands for hunting, fishing, recreation and entrepreneurial endeavors.”
— Bob Christensen
Written by Chandler O’Connell
In Sitka, Alaska a favorite coffee shop among locals called the Backdoor Café did a little renovating this season. Alana Peterson, who is both the owner of the Backdoor Cafe and the program director of the Sustainable Southeast Partnership installed brand new benches using locally sourced red alder wood. By sourcing local, Peterson supported local businesses, kept more money in the region, and showcased environmentally sustainable timber. The Backdoor Cafe is also modeling what a market for young-growth products looks like in Southeast Alaska, as the Forest Service moves to shift focus from old growth to young growth timber harvests.
The Tongass Transition, announced by the Department of Agriculture in 2011, is meant to bring an end to unsustainable old-growth logging and implement a more holistic management plan that focuses on young-growth trees that grow after clear-cuts, as well as integrating and valuing non-timber forest outputs. The Tongass Transition will ensure that the remaining old growth forests on the Tongass stay standing to provide wildlife habitat, sequester carbon, support subsistence lifestyles and recreation, and produce prodigious quantities of salmon. The transition also provides opportunities to develop new timber products.
Click through the posters that the Sitka Conservation Society created to hang in the Backdoor Cafe along with a local youth wood arts project to inform customers about the significance of these new benches.
“Mills and entrepreneurs have successfully experimented with young growth forest products over the last few years since the transition was announced,” said Beth Pendleton, Regional Forester, Alaska Region-Forest Service. “They have found that there are applications for young growth wood products from the Tongass and that local utilization and manufacturing can be part of our regional economy. Red Alder is one of the Tongass Young Growth products that has a lot of potential for value-added applications,” she added.
The Backdoor Café worked with Icy Straits Lumber & Milling out of Hoonah, Alaska to source their red alder. Icy Straits is part of a cohort of local mills, including Tenakee Logging Company, TM Construction and Good Faith Lumber that offer a diverse range of second growth products. Local businesses and individuals planning their next construction project should check out these sourcing options – they may be surprised by the high quality and competitive pricing that is available right here at home. And they’ll enjoy the added benefit of knowing that by buying local they’ve kept more money circulating in the Southeast economy.
From Forest to Café: Art Display Inspired by Second Growth Benches
The red alder benches served as inspiration for a storytelling and art display currently showing at the Backdoor Café. The display, a project of the Sitka Conservation Society and the Alaskan Way of Life 4H Club, highlights the benefits of choosing local young growth products, and tracks the benches from forest to café, sharing stakeholder reflections at each step: management, harvest, construction and purchase. The 4H students contributed relief prints made from “cookie” cross sections of fallen trees and short stories on life as a tree on the Tongass.